KEGG   Nasonia vitripennis (jewel wasp): 100122381
Entry
100122381         CDS       T01081                                 
Name
(RefSeq) Bloom syndrome protein homolog isoform X1
  KO
K10901  bloom syndrome protein [EC:5.6.2.4]
Organism
nvi  Nasonia vitripennis (jewel wasp)
Pathway
nvi03440  Homologous recombination
nvi03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:nvi00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    100122381
   03460 Fanconi anemia pathway
    100122381
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:nvi03032]
    100122381
   03400 DNA repair and recombination proteins [BR:nvi03400]
    100122381
Enzymes [BR:nvi01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     100122381
DNA replication proteins [BR:nvi03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    100122381
DNA repair and recombination proteins [BR:nvi03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    RecQ family DNA helicases
     100122381
    Bloom's syndrome complex (BTR)
     100122381
   FA (Fanconi anemia) pathway
     100122381
SSDB
Motif
Pfam: DEAD Helicase_C RecQ_Zn_bind RQC HRDC Helicase_Sgs1
Other DBs
NCBI-GeneID: 100122381
NCBI-ProteinID: XP_016845687
NASONIABASE: NV13992
UniProt: A0A7M7J550
Position
1:1747404..1752812
AA seq 1228 aa
MNFETDISNQDKLLGLINFQTNMESTKKPDSNINIESLKRTPGRLSLKRSTTVSPKTPKR
NRLLAEKSKCGSPNGTKPKLDLIETDDSLVNLKPLGFDSKLTEWMESIKTNPLLSNSSGH
SKEELQSHKMKLHEIQADISDKFFTALNNIPEQILTKFPGYDPRVYQQLKILNQNLKARI
RQTSRKMLKIYEEQSNVEKSQNTSISADAISINSSKQSFDDVKLDNNDEVLEDDLKKSTA
IPDLVKDVSNNDLRKSKLFSFPKISTGSAEDPTIVAQKKKSTFQLKKPMSKGAVPPVVNV
SKKLLMERNNDKTRMSVNKIGTLATSTVTSNVENTEAGCVINNVKQIKHCAAVRTEDIIK
VDPNDFLTKLADSEGDFEVGFDNDDLQNRLEDSNENELMKLLEESPDTEELLKTLPDVSE
LTKPPVSEEFNYNSSVVKFIGDVKNDGISGEFNNLNFPHSQEMLHVFKTRFGLHQFRPNQ
LPAINAVILGHDCFVLMPTGGGKSLCYQLPALLAPGVTIVISPLRSLIVDQTQKLLSLDI
SALYLTGDLSNEQMNGVYRKLYNTESNLKLLYVTPEKISKSTKFCDSLLRLYRDGKLARF
VIDEVHCVSQWGHDFRPDYKKLSMLRERFPGVPIIALTATATQRVRSDILHQLHLQSPKW
FISSFNRPNLRYTVTLRKSKYPYQLVLDLIKTKFPNDCGIIYCFSRNDCDNLAEALKKEG
IQALSYHAGLDDKVRTDRQIQWVSEKVKVICATIAFGMGIDKPNVRYVIHATMPKSIEGY
YQESGRAGRDGEPADCILLYNYSDMHRYRTMMESNEYANKEALKTHLDNLFKIVHFCENM
ADCRRALQLNYFGEMFDRQLCIANMETTCDNCLIYDQFFNLDVTKDAKALVRLIQELHRV
KQNNVTALQVVDIYKGSNVSDISYKLGNTYHEWYGLGHSLTKYEIERILHNLVIQGFLCE
NLEPNHGIVCAYLAPGLRAKEILSQNNIKLYLQKKKPPEKIQPKKTSTTSQMSAVINVEL
KDLEQRCYNELLEIVNGIAGALDVSANSIMNVVALRVMSQQLPCDREAMLKIPHVTEANF
EKYGKALLDVTQKYAQEKKELLIEEELNNPVISDNEDDYERMNFKTGSIGQSNKRTKSRG
YRQNKRFKNNFRKNATSATTKAPITSNSTNISSFIKIENRANNKTWNSKSNSTSKKKSTN
TNKGNKGQNNSSSNSNKGPGLCEFTKKR
NT seq 3687 nt   +upstreamnt  +downstreamnt
atgaactttgaaactgacatatcaaatcaagataaacttctgggtttgataaattttcaa
acgaacatggaaagcacaaagaagcctgattcaaacataaacattgaatctctaaaaaga
actcctgggagactatctttaaaacgttcaactacagtcagtcctaaaactccaaagaga
aatagactgttagctgaaaaatcaaaatgcggcagtccaaatggaacaaaaccaaagtta
gatttaattgaaacagatgattctttagttaatttaaaacctttaggctttgattctaag
ctaaccgaatggatggaatcaataaaaacaaatccattgctatcaaattcgtcagggcat
tccaaagaagagctacaatcacataaaatgaaattacatgagattcaggccgacataagc
gataaatttttcacggctttaaataacattcccgaacaaatattgacgaaatttcccggc
tatgatccgcgggtatatcagcagttgaaaatcttaaatcaaaacttaaaagcaagaatc
cgacagactagcaggaagatgttaaagatctacgaggagcaatcaaacgtcgaaaaaagt
caaaatacaagcatatctgccgatgctataagcataaattcttcaaagcagtcatttgac
gacgtcaaactcgacaacaacgacgaagttttggaggacgatttaaaaaaatccacggca
attcccgatcttgttaaggacgtgagcaataatgacttgcgcaaatcaaagctattctcg
tttccaaaaatttcaaccggaagcgcagaagatcctaccattgttgcccagaaaaagaag
agtactttccaacttaaaaaaccaatgtcaaaaggcgcggtacctccagtggtgaacgtt
tcgaaaaaactgttaatggagaggaataatgataaaacaaggatgtcggtaaataaaatc
ggaacacttgcgacttccacggtaacatccaatgtagaaaatacggaagccggttgcgtg
attaataatgtgaagcagataaagcactgcgcggctgttagaaccgaagatattataaaa
gtcgatcccaacgatttcctgaccaagttggcagattccgaaggtgattttgaagttggt
ttcgataatgatgatttacaaaatcgcctagaagatagcaatgagaacgagctaatgaaa
ctactggaagaaagtcctgatacagaagaactgctaaaaacattaccggacgtatcagag
cttacgaaaccgccggtcagcgaagagttcaattacaattcatcggtcgtaaagttcatt
ggagatgtgaaaaacgacggcataagtggcgagtttaacaatctgaatttccctcattct
caagaaatgttgcatgttttcaaaacacgattcggtcttcaccagttcagacccaaccag
ttaccagcgataaatgccgtgatcctgggccacgactgcttcgtgcttatgccaaccgga
ggtgggaagtcgctgtgctatcagcttccagctcttcttgcgccaggggtgaccatcgtt
atttcgcccctgaggagtctcatcgtcgatcagactcaaaaattgctgtctttagacata
tcagcgctgtatcttactggtgaccttagcaacgagcagatgaacggagtgtatcgtaag
ttgtataacacagagtcaaacctgaaactgctctatgtcactcctgagaagatatccaag
tcgaccaaattctgtgatagtctgttgaggctttaccgtgacggtaaactcgcccgattc
gtgatcgatgaggtgcattgcgtgagtcaatggggccatgactttaggccggattataag
aaattaagtatgctgagagaacgatttcctggggtgccgattatcgcccttactgctacg
gctacgcagagggtccgcagcgatattctgcaccagctgcatcttcagtcacctaagtgg
tttatatcaagctttaatcggccaaaccttcgctatacagttacattgagaaagtcgaaa
tatccatatcagctggttctagatttaattaagaccaaatttccaaatgactgcggtatt
atttactgcttctcgagaaacgattgcgataatctcgctgaagctctgaaaaaagaaggg
atccaggcgctgagttatcatgctggacttgacgacaaagtgcggaccgacagacagatt
cagtgggtttccgagaaggtaaaggtgatctgtgcgacgatagctttcgggatgggcatc
gacaaaccaaacgtgcgctacgtaatccatgcaacaatgcccaagtcgatcgagggctac
taccaggaaagcggcagagctggtcgcgatggcgaacccgccgattgcattctactttac
aactatagcgacatgcaccgataccgcaccatgatggagagcaacgagtacgcaaacaag
gaagctctcaagacccatcttgataatctctttaagattgttcatttttgcgaaaacatg
gccgactgtaggcgggcactacagcttaattatttcggagagatgtttgatcgccagctt
tgcattgctaatatggagactacttgcgataattgcctaatctacgaccagttctttaat
ttagacgtgacaaaagatgcaaaagcacttgtaagattaattcaggagttgcatcgagta
aagcaaaacaatgttacggcgctgcaagtggtcgacatttataaaggttccaatgtctct
gacataagttacaaattaggaaatacttatcatgagtggtatggtcttggtcattcactg
acgaaatacgaaatcgagaggatcctgcacaatttggtaatccaaggttttttatgtgag
aatttggaaccaaatcacggcatagtctgtgcctaccttgctccaggattgcgtgccaaa
gagattctatcgcaaaataacattaagctgtacctgcaaaagaagaaacctccagagaaa
atacaaccgaaaaagacttcaacgacgagtcagatgtcggctgtcattaatgttgagcta
aaggatctggaacagcgttgctacaatgagctccttgagattgtgaacggcatcgcgggt
gcccttgacgtctcggccaactcgatcatgaacgtcgttgcactccgtgtaatgagccaa
caactgccatgcgatagagaggctatgctcaagattcctcacgttactgaggccaacttt
gaaaagtacggcaaggcgctactcgacgttacccaaaagtatgcccaggagaaaaaagaa
ttgcttatagaagaagagcttaacaatcctgtgatttccgataacgaagatgactacgaa
agaatgaattttaaaactggatcaattggtcagagtaataagcgaaccaaaagtcgtggt
tacagacaaaataaaaggtttaagaataattttagaaaaaacgctacctcggccactacc
aaagctcctataacaagcaacagtacaaatatctcttcatttataaaaatcgaaaataga
gctaataataagacgtggaatagtaagtcaaatagtacttcaaaaaagaagtctactaat
actaataaaggaaacaaaggtcaaaataactcgtcatccaatagcaataaaggtccaggg
ttatgcgaattcactaaaaaacgttag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (98)   
   KEGG ORTHOLOGY (1)   
   RefGene (93)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (6)   
   Pfam (6)   
All databases (119)   

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